Fujitsu DX410 S2/DX440 S2, DX440 S2, DX80 S2/DX90 S2, DX8100 S2, DX8100 S2/DX8700 S2, DX8700 S2 5, 2 3

Chapter 6 RAID Group Management

6.2 Functions in the Action Area for RAID Group

ETERNUS Web GUI User’s Guide

177

4Click the [OK] button.

→RAID group creation starts.

5Click the [Done] button to return to the [RAID Group] screen.

End of procedure

■Manually selecting drives to create RAID groups

Procedure

1Click [Create] in [Action].

2Select "Manual" for "Create Mode".

3Specify the RAID group detailed information, and click the [Create] button.

•Name

Input a RAID group name that is to be created.

An existing RAID group name cannot be used.

The following input conditions apply:

-Up to 16 alphanumeric characters and symbols (except ", (comma)" and "?")

-Space

•RAID Type

Select the type of RAID group that is to be created from the list box.

-High Performance (RAID1+0)

-High Capacity (RAID5)

-High Reliability (RAID6)

-Reliability (RAID5+0)

-Mirroring (RAID1)

-Striping (RAID0)

•Controlling CM

Select the controlling CM and CPU of the RAID group that is to be created.

"Automatic" and the installed "CM#x CPU#y" in normal status are displayed as options.

-Automatic

-CM#x CPU#y (x: CM number, y: CPU number)

Select "Automatic" for normal operations. When "Automatic" is selected, the CM-CPU that is to be

assigned is determined by the RAID group number. Refer to "Appendix F Automatic Controlling CM-

CPU Setting" (page 1011) for details.

Contents

Main Page Preface Structure of This Manual Latest Information Related Docume nts Acknowledgments Naming Convention s Product names Units in this manual Table of Contents Chapter 1 Outline 17 Chapter 2 Startup and Shutdown 32 Chapter 3 Initial Setup 38 Chapter 4 Configuration Settings 63 Chapter 5 Volume Management 73 Chapter 6 RAID Group Management 160 Chapter 7 Thin Provisioning Pool Management 199 Chapter 8 Advanced Copy Management 251 Chapter 9 Connectivity Management 367 Chapter 10 Component Management 620 Chapter 11 System Management 709 Appendix A User Roles and Policies 948 Appendix B Status List 972 Appendix C Installing the Security Certificate 981 Appendix D Naming Conventions of Volumes and Hosts 993 Appendix E Basic Size and MWC Input Condition for RAID Groups 995 Page Page Chapter 1 Outline 1.1 Outline 1.2 Features 1.3 Operating Environment Page 1.4 User Management 1.5 Screen Operations 1.5.1 Overview Auto Refresh System Message Hardware Components System information Page RAID Groups Thin Provisioning Pool Snap Data Pool 1.5.2 Screen Structures Header Navigation Bread crumb list Category 1.5.3 List Screen/Detailed Screen List screen Detailed screen 1.5.4 Basic Operation Selecting an operation Executing an operation Page Chapter 2 Startup and Shutdown 2.1 Startup of GUI 1 2 network settings. 3 Page 2.2 Login 1 2 Page 2.3 Logout 1 2.4 Exit 1 Chapter 3 Initial Setup 3.1 Initial Setup 1 Page 3 3-1 3-2 3-3 4 4-1 4-2 4-3 5 6 7 7-1 7-2 7-3 8 9 9-1 9-2 9-3 10 3.2 Initial Setup 2 1 3 3-1 3-2 3-3 4 5 Page 6 6-1 6-2 6-3 6-4 7 8 Page 9 10 Page Chapter 4 Configuration Settings 4.1 Configuration Settings for Using Standard Volumes (When Using Host Affinity Settings) 4.1.1 When Creating Host Groups (when Using the [Add Host Group] Function) Page Page 4.1.2 When Host Groups are not Created (when Using the [Add Host] Function) Page 4.2.1 When Allocating the CA port Group to the LUN Group Page 4.2.2 When Allocating the CA port to the LUN Group 4.3 Configuration Settings for Using Thin Provisioning Functions Page Chapter 5 Volume Management 5.1 Volume Status 5.1.1 Volume (Basic Information) Page Page 5.1.2 Performance (Host I/O) Page 5.1.3 Performance (Advanced Copy) 5.1.4 LUN Group 5.1.5 Reservation Page 5.1.6 Pinned Data Page 5.1.7 Bad Sector 5.1.8 Balancing Thin Provisioning Volume Page 5.1.9 Volume Detail (Basic) Page 5.1.10 Volume Detail (Reservation) 5.1.11 Volume Detail (Pinned Data) 5.1.12 Volume Detail (Balancing TPV) 5.1.13 Volume Detail (LUN Concatenation) 5.1.14 Volume Detail (WSV Concatenation) Page 5.2 Functions in the Action Area for Volume 5.2.1 Create Volume When creating Standard, TPV, SDV, or SDPV type volumes When selecting "Automatic" 2 3 Page Page 5 Manually selecting drives to create volumes 2 3 the volumes are to be created. Click the [Create] button. Page Page Page 5 When creating WSV type volumes 2 information of the RAID group, and then click the [Select RAID Groups] button. Page Page Page Page 3 the [OK] button. 4 5.2.2 Delete Volume 1 5.2.3 Rename Volume 1 2 selected), and click the [Rename] button. Page 5.2.4 Format Volume 1 5.2.5 Expand Volume Requirements for concatenating a volume Requirements to obtain free space from RAID groups 1 3 and click the [OK] button. Page 5.2.6 Expand Thin Provisioning Volume Requirements for expanding a TPV The maximum capacity of Thin Provisioning Pool for each model 1 2 5.2.7 Start RAID Migration Migration type Combinations of Volume Types for which Capacity Expansion is Available Combinations of Encryption Conditions for which Migration is Available Available: Migration is available N/A: Migration is not available Requirements for a migration source volume: Requirements for a migration destination RAID group: Requirements for RAID groups that configure a migration destination WSV Requirements for a migration destination TPP: Requirements for a migration destination FTRP: When the migration destination volume type is "Standard", "TPV", or "FTV" 1 2 Page Page When the migration destination volume is "WSV" 1 2 Page Page Page 3 the [OK] button. 4 Page 5.2.9 Start Zero Reclamation Volume requirements for starting Zero Reclamation: 1 [Start Zero Reclamation] in [Action]. 5.2.10 Stop Zero Reclamation 1 [Stop Zero Reclamation] in [Action]. Page Page 5.2.13 Modify Threshold Thin Provisioning Volume 1 and click [Modify Threshold] in [Action]. 2 5.2.14 Initialize Snap Data Volume 1 5.2.15 Encrypt Volume 1 Volume] in [Action]. 5.2.16 Forbid Advanced Copy 1 Advanced Copy] in [Action]. 5.2.17 Permit Advanced Copy 1 [Permit Advanced Copy] in [Action]. 5.2.18 Modify Cache Parameters 1 and click [Modify Cache Parameters] in [Action]. 2 Page Page Page Volume types for which Cache Parameters are available 5.2.19 Export Cache Parameters Page 5.2.20 Export Performance Information 1 2 3 4 5.2.21 Release Reservation 1 [Release Reservation] in [Action]. 5.2.22 Start Balancing Thin Provisioning Volume Requirements for a TPV to be balanced: Requirements for a TPP in which the target TPV is registered: 1 3 Page Chapter 6 RAID Group Management 6.1 RAID Group Status 6.1.1 RAID Group (Basic Information) Page 6.1.2 Tuning Page 6.1.3 ECO Mode Schedule (RAID Group) Page 6.1.4 SED Key Group Page 6.1.5 RAID Group (Basic) 6.1.6 RAID Group (Volume Layout) 6.1.7 RAID Group Detail (Disk) Page 6.2 Functions in the Action Area for RAID Group 6.2.1 Create RAID Group This function creates RAID groups. A RAID group is a group of drives that configure a RAID type. Features and required number of drives for each RAID type The maximum number of RAID groups for each model Drive combinations that can configure a RAID group 2 3 Page 5 Manually selecting drives to create RAID groups 2 3 Page 5 Restrictions of drive layout Available Stripe Depth value Restrictions for Stripe Depth modification 6.2.2 Delete RAID Group 1 [Delete] in [Action]. 3 6.2.3 Rename RAID Group 1 2 Page 6.2.4 Change Controlling CM 1 click [Change Controlling CM] in [Action]. 2 6.2.5 Expand RAID Group Requirements for expanding a RAID group: 1 2 Click the [Expand] button. Page 6.2.6 Modify RAID Group Parameters 1 be made) and click [Modify RAID Group Parameters] in [Action]. 2 Page 6.2.7 Assign ECO Mode Schedule (RAID Group) Page 1 and click [Assign ECO Mode] in [Action]. 2 disable ("OFF") ECO mode, and then click the [Assign] button. 6.2.8 Set Key Group (RAID Group) 1 made), and click [Set Key Group] in [Action]. 2 4 6.2.9 Recovery SED Conditions that can be recovered by using the "Recovery SED" function 1 3 Chapter 7 Thin Provisioning Pool Management 7.1 Thin Provisioning Pool Status 7.1.1 Thin Provisioning Pool (Basic Information) Page 7.1.2 Threshold (Thin Provisioning Pool) 7.1.3 ECO Mode Schedule (Thin Provisioning Pool) Page Page 7.1.4 License (Thin Provisioning) 7.1.5 Flexible Tier Pool (Basic Information) Page 7.1.6 Thin Provisioning Pool Detail (Basic) Page Page 7.1.7 Flexible Tier Pool Detail (Basic) Page 7.1.8 Flexible Tier Pool Detail (Flexible Tier Sub Pool) 7.1.9 Flexible Tier Pool Detail (Volume) Page 7.1.10 Flexible Tier Sub Pool Detail (Basic) 7.2 Functions in the Action Area for Thin Provisioning 7.2.1 Create Thin Provisioning Pool The maximum number of TPP and maximum TPP capacity for each model Automatically selecting drives to create TPPs 2 Page Manually selecting drives to create Thin Provisioning Pool The number of member drives in each RAID group 2 Page 3 4 group, and click the [OK] button. 5 6 8 Available Stripe Depth value Restrictions for Stripe Depth modification 7.2.2 Delete Thin Provisioning Pool 1 3 7.2.3 Rename Thin Provisioning Pool 1 2 selected), and click the [Rename] button. Page 7.2.4 Expand Thin Provisioning Pool The maximum number of TPP and maximum TPP capacity for each model Automatically selecting drives to expand a TPP 1 2 click the [Expand] button. Manually selecting drives to expand a TPP Check the RAID group specifications 1 2 3 4 group, and click the [OK] button. Page 7.2.5 Format Thin Provisioning Pool (All Area) 1 All Area] in [Action]. 3 7.2.6 Format Thin Provisioning Pool (Unformatted Area) Page 2 7.2.8 Modify Cache Parameters (Thin Provisioning Pool) 1 click [Modify Cache Parameters] in [Action]. 2 4 7.2.9 Assign ECO Mode Schedule (Thin Provisioning Pool) Page 1 can be made) and click [Assign ECO Mode] in [Action]. Page 2 4 7.2.11 Delete Thin Provisioning License 1 3 7.2.12 Start Balancing Flexible Tier Pool Requirements for an FTRP to be balanced 1 3 7.2.13 Stop Balancing Flexible Tier Pool 1 3 Chapter 8 Advanced Copy Management 8.1 Advanced Copy Status 8.1.1 Advanced Copy (Basic Information) Page 8.1.2 Advanced Copy (All Local Sessions) Page Page 8.1.2.1 EC 8.1.2.2 OPC 8.1.2.3 QuickOPC 8.1.2.4 SnapOPC 8.1.2.5 SnapOPC+ 8.1.2.6 Monitor 8.1.3 Advanced Copy (All Remote Sessions) Page Page 8.1.3.1 REC 8.1.4 Advanced Copy (ODX) 8.1.5 Advanced Copy (XCOPY) Page 8.1.6 Setting (Advanced Copy) Page 8.1.6.1 Snap Data Pool 8.1.6.2 Copy Path Page 8.1.6.3 REC Buffer Page Page 8.1.6.4 REC Disk Buffer 8.1.7 Advanced Copy (Property) For Local Copy Page For Remote Copy Page For ODX For XCOPY 8.1.8 Advanced Copy (Extent information) 8.1.9 Copy Path Detail Page Page 8.2 Functions in the Action Area for Advanced Copy 8.2.1 Required Settings for the Advanced Copy Function Required settings for the Advanced Copy function (Local Copy and Remote Copy) Page Required settings for the Advanced Copy function (ODX) 8.2.2 Start SnapOPC+ 1 Page Page 8.2.3 Stop Copy Session 1 Session] in [Action]. 3 8.2.4 Register Advanced Copy License 1 2 the [Register] button. 4 Availability of Copy Functions 8.2.5 Delete Advanced Copy License 1 8.2.6 Modify EC/OPC Priority 1 2 Page 8.2.7 Modify Copy Table Size Manually setting the copy table size 1 2 Page 2 3 Page Page Page How to calculate the copy table size B A 8.2.8 Enable ODX 1 8.2.9 Disable ODX 1 8.2.10 Create ODX Buffer Volume ODX Buffer Volume 1 2 in which the ODX Buffer volume is to be created. Click the [Create] button. Page Page 4 8.2.11 Modify Copy Parameters 1 2 4 8.2.12 Set Copy Path Page Operation Mode Selection 1 2 Register Device Information 1 and click the [Next >>] button. 2 3 5 Page 6 Page 7 8 Page 9 Set Copy Path 1 2 Page Page Page Copy Path Information File Selection 1 [Next >>] button. 1 Measure Round Trip Time 1 screen (multiple selections can be made), and click the [Next >>] button. Page Applying copy path information files with IPv6 The following storage systems and copy path information files are used in this example. Applying copy path information files Available: The copy path information file can be applied Setting example 1 Setting example 2 Page 8.2.14 Export All Copy Path 1 2 3 4 5 8.2.15 Export Storage Information 1 Page 8.2.16 Convert Copy Path 1 2 3 4 5 8.2.17 Measure Round Trip Time 1 2 3 5 8.2.18 Modify REC Multiplicity When the local device and the remote device are connected by remote connection 1 2 4 8.2.19 Modify REC Buffer 1 [Modify REC Buffer] in [Action]. 2 Page 4 8.2.20 Assign REC Disk Buffer Assigning an additional REC Disk Buffer 1 Disk Buffer] in [Action]. 3 Page Page 5 8.2.21 Create REC Disk Buffer Requirements for Drive Selection 1 2 4 Page 8.2.23 Format REC Disk Buffer 1 [Format REC Disk Buffer] button in [Action]. 3 Chapter 9 Connectivity Management This chapter describes connectivity management. 9.1 Connectivity Status 9.1.1 Structures for Host Connection Figure 9.1 Basic concept of host connection (when using host groups) Setting examples Page 9.1.2 Connectivity (Basic Information) Page Display Examples of Host Affinities Display examples for the host affinity are shown in the following table. 9.1.3 Host Group 9.1.3.1 FC/FCoE Host 9.1.3.2 iSCSI Host Page IPv6 Address Notation 9.1.3.3 SAS Host 9.1.4 CA Port Group 9.1.4.1 FC Port Page 9.1.4.2 iSCSI Port Page 9.1.4.3 SAS Port 9.1.4.4 FCoE Port 9.1.5 LUN Group Page 9.1.6 Host Response 9.1.7 CA Reset Group 9.1.8 Host-LU QoS Page 9.1.8.1 Host QoS (Basic) 9.1.8.2 FC/FCoE Host QoS 9.1.8.3 iSCSI Host QoS 9.1.8.4 SAS Host QoS 9.1.8.5 Port QoS (Basic) 9.1.8.6 FC Port QoS Page 9.1.8.7 iSCSI Port QoS Page 9.1.8.8 SAS Port QoS 9.1.8.9 FCoE Port QoS 9.1.8.10 LU QoS Group 9.1.9 Host Affinity Detail 9.1.10 Host Group Detail 9.1.11 LUN Group Detail 9.1.12 LUN Group : LU QoS Group Detail 9.1.13 Host-LU QoS Performance Information Page Page Page Page 9.2 Functions in the Action Area for Connectivity Page 9.2.1 Host Affinity Management 9.2.1.1 Create Host Affinity Page (1) 4 5 Page 8 edited. 9 10 11 12 When "Host - CA Port" is selected for "Target Connection" 1 Page (1) 4 5 Page 8 9 10 9.2.1.2 Delete Host Affinity 1 3 9.2.1.3 Modify Host Affinity When selecting a host affinity for "Host Group - CA Port Group" 1 2 (1) Page 5 6 7 8 9 10 11 12 When selecting a host affinity for "Host - CA Port" 1 2 (1) Page 5 6 7 Page 9.2.2 Host Group Management 9.2.2.1 Add FC/FCoE Host Group 1 Page 3 (2) Page (3) (4) (5) Page Example of changing the host response when adding a host group The following table shows the host response after new hosts are added. Example of changing the host response when adding a host to an existing host group 9.2.2.2 Add iSCSI Host Group 1 2 3 (2) Page Page (3) (4) (5) 9.2.2.3 Add SAS Host Group 1 2 3 (2) Page (4) (5) 9.2.2.4 Delete Host Group 1 Group] in [Action]. 3 9.2.2.5 Modify Host Group 9.2.2.6 Modify Host Group (FC/FCoE) Page 1 Page (2) Page (3) (4) (5) 9.2.2.7 Modify Host Group (iSCSI) Page 1 Page (2) Page Page Page (3) (4) (5) 9.2.2.8 Modify Host Group (SAS) 1 Page (2) Page (3) (4) (5) Page 9.2.2.9 Add FC/FCoE Host 1 (2) (3) (4) (5) Page 9.2.2.10 Add iSCSI Host 1 (2) Page Page Page (3) (4) (5) 9.2.2.11 Add SAS Host 1 (2) (3) (4) (5) 9.2.2.12 Delete FC/FCoE Host 3 9.2.2.13 Delete iSCSI Host 1 3 9.2.2.14 Delete SAS Host 1 3 9.2.2.15 Modify FC/FCoE Host 1 2 Page 4 9.2.2.16 Modify iSCSI Host 1 2 Page Page 4 9.2.2.17 Modify SAS Host 1 2 Page 4 9.2.3 CA Port Group Management 9.2.3.1 Create FC Port Group 1 Page 9.2.3.2 Create iSCSI Port Group 1 Page 9.2.3.3 Create SAS Port Group 1 2 Page 9.2.3.4 Create FCoE Port Group 1 Page 9.2.3.5 Delete CA Port Group 1 Port Group] in [Action]. 3 9.2.3.6 Modify CA Port Group 1 2 9.2.3.7 Modify FC Port Parameters 1 [Configure FC Port] in [Action]. Page Page Page Page Page Page Page Page 4 9.2.3.8 Modify iSCSI Port Parameters 1 [Configure iSCSI Port] in [Action]. Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page 4 9.2.3.9 Modify SAS Port Parameters 1 4 9.2.3.10 Modify FCoE Port Parameters 1 [Configure FCoE Port] in [Action]. Page 4 9.2.3.11 Modify Port Mode Switchable Port Mode Retained and deleted information when changing the port mode 1 2 9.2.4 LUN Group Management 9.2.4.1 Add LUN Group 1 2 3 numbers to be allocated to the corresponding LUNs, and click the [OK] button. 4 6 9.2.4.2 Delete LUN Group 1 3 9.2.4.3 Modify LUN Group 1 2 4 9.2.5 Host Response Management 9.2.5.1 Add Host Response Recommended Patterns of Host Responses 1 2 Page Page Page Page 4 9.2.5.2 Delete Host Response 1 Host Response] in [Action]. 3 9.2.5.3 Modify Host Response 1 2 Page Page Page Page 4 9.2.6 Modify CA Reset Group 1 2 4 9.2.7 Host-LU QoS Management 9.2.7.1 Enable/Disable Host-LU QoS When enabling the Host-LU QoS 1 When disabling the Host-LU QoS 1 9.2.7.2 Set Host-LU QoS Page 4 6 9.2.7.3 Release Host-LU QoS 1 selections can be made) and click [Release Host-LU QoS] in [Action]. 9.2.7.4 Start Host-LU QoS Performance Monitoring Target ports for monitoring performance When this function is selected in the [Host-LU QoS] screen 1 When this function is selected in the [Port QoS] screen for each host interface 1 9.2.7.5 Stop Host-LU QoS Performance Monitoring When this function is selected in the [Host-LU QoS] screen Page 1 click [Set FC/FCoE Host QoS] in [Action]. 2 4 9.2.7.7 Set iSCSI Host QoS 1 [Set iSCSI Host QoS] in [Action]. 2 4 9.2.7.8 Set SAS Host QoS 1 [Set SAS Host QoS] in [Action]. 2 4 9.2.7.9 Set FC Port QoS 1 [Set FC Port QoS] in [Action]. 2 4 9.2.7.10 Set iSCSI Port QoS 1 [Set iSCSI Port QoS] in [Action]. 2 4 9.2.7.11 Set SAS Port QoS 1 [Set SAS Port QoS] in [Action]. 2 4 9.2.7.12 Set FCoE Port QoS 1 [Set FCoE Port QoS] in [Action]. 2 4 9.2.7.13 Add LU QoS Group 1 Page 9.2.7.14 Delete LU QoS Group 1 [Delete LU QoS Group] in [Action]. 3 9.2.7.15 Modify LU QoS Group 1 2 4 Chapter 10 Component Management This chapter describes component management. 10.1 Component Status Page 10.1.1 Storage (Basic Information) Page Page 10.1.2 Controller Enclosure Front View Page Page Rear View Page Page Page 10.1.2.1 Controller Module 10.1.2.2 Controller Module (Performance) Page For ETERNUS DX8700 S2 when the I/O offloading is enabled 10.1.2.3 All Channel Adapters 10.1.2.4 Channel Adapter Ports (Performance) Page 10.1.2.5 Frontend Router 10.1.2.6 Backend Router 10.1.2.7 Service Controller 10.1.2.8 Power Supply Unit (CE) 10.1.2.9 Battery For the ETERNUS DX410 S2/DX440 S2 or the ETERNUS DX8100 S2 Page 10.1.2.10 FAN Unit 10.1.2.11 Operation Panel 10.1.3 Drive Enclosure 10.1.3.1 I/O Module 10.1.3.2 Port Error Statistics 10.1.3.3 Power Supply Unit (DE) 10.1.4 Disks 10.1.4.1 Disks (Performance) 10.1.4.2 Disk Error Statistics 10.1.5 Controller Module Detail Page Page 10.1.6 Channel Adapter Detail Page Page 10.1.7 Frontend Router Detail 10.1.8 Backend Router Detail Page 10.1.9 BRT Expander Detail 10.1.10 Service Controller Detail Page 10.1.11 PSU/CPSU (CE) Detail Page 10.1.12 Battery Backup Unit Detail 10.1.13 FAN Unit Detail Page 10.1.14 Drive Enclosure Detail Front View Rear View 10.1.15 I/O Module Detail Page 10.1.16 Power Supply Unit (DE) Detail 10.1.17 Disks Detail Page Page 10.1.18 QSFP Cable Detail 10.1.19 Boot and Utility Device Detail 10.1.20 CM Module Management Controller Detail 10.1.21 Port Detail Page Page Page Page Page Page Page Page Page Page Page Page 10.2 Functions in the Action Area for Component 10.2.1 Add Drive Enclosure 1 2 3 Page 10.2.2 Turn on Locator Beacon/Turn off Locator Beacon Turning on the LED 1 2 3 1 2 3 10.2.3 Add Channel Adapter Port 1 2 3 4 5 10.2.4 Assign Global Hot Spare Page 2 3 10.2.6 Assign Dedicated Hot Spare Page 10.2.7 Release Dedicated Hot Spare 1 Dedicated Hot Spare and click [Release Dedicated HS] in [Action]. 2 3 Page Page Chapter 11 System Management 11.1 System Status 11.1.1 System (Basic Information) Page Page 11.1.2 Network Basic Page Firewall 11.1.3 Remote Support (REMCS ) for Regions other than EME A Support Information Page Event Information 11.1.4 Remote Support (AIS Co nnect) for Regions other than Japan Page 11.1.4.1 Root Certificate 11.1.5 Key Management 11.1.5.1 Key Group Page Page 11.1.6 Define Role 11.1.7 ECO Mode 11.1.8 Event/Dump 11.1.9 Audit Log 11.1.10 Storage Migration Page Page Page 11.1.13 ECO Mode Schedule Detail 11.1.14 Path Group Detail Information Page Page Page Page 11.2 Functions in the Action Area for System Page Page 11.2.1 Change User Password 1 2 4 11.2.2 Set SSH Public Key 1 2 4 11.2.3 Network Management 11.2.3.1 Setup Network Environment When using IPv4 1 2 3 the [Add] button. 4 5 6 7 8 When using IPv6 1 2 Page Page 3 the [Add] button. 4 Page Page [Example] 2001:1000:0120:0000:0000:0123:0000:0000 2001:1000:120:0000:0000:123:0000:0000 [Example] 2001:1000:120:0000:0000:123:0000:0000 2001:1000:120:0:0:123:0:0 11.2.3.2 Setup Firewall 1 2 button. Page 11.2.3.3 Setup SNMP Agent Basic Interface Page 3 4 11.2.3.4 Setup SNMP Manager 1 2 3 Page 7 11.2.3.5 Setup SNMP Agent MIB Access View 1 2 3 4 5 6 7 11.2.3.6 Setup SNMP Agent User 1 2 3 4 5 6 7 11.2.3.7 Setup SNMP Agent Community 1 2 3 4 5 6 7 11.2.3.8 Setup SNMP Agent Trap 1 2 3 4 5 6 7 11.2.3.9 Download MIB File 1 2 3 4 5 11.2.3.10 Send SNMP Trap Test Page 11.2.3.11 Display SMTP Log 1 2 3 11.2.3.12 Setup E-Mail Notification 1 2 Page 11.2.3.13 Setup Syslog 1 2 Page 11.2.3.14 Setup SSH Server Key 1 11.2.3.15 Create Self-signed SSL Certificate 1 2 Page 4 11.2.3.16 Create Key/CSR 1 2 Page Page Page 4 5 6 11.2.3.17 Register SSL Certificate 1 2 3 4 5 6 7 8 11.2.4 Remote Support (REMCS ) for Regions other than EME A 11.2.4.1 Display Communication Log 1 2 3 11.2.4.2 Setup Remote Support 1 Page Page Page 11.2.4.3 Update Customer Information 1 2 Page Page 11.2.4.4 Update Communication Environment Information 1 Page Page Page 11.2.4.5 Setup Log Sending Parameters Configure Automatic Log Transmission 1 2 Page Page 3 4 11.2.4.6 Stop/Restart Remote Support Stopping Remote Support 1 Page Page 11.2.5 Remote Support (AIS Connect) for Regions other than Japan 11.2.5.1 Setup AIS Connect Environment 1 2 3 Page Page 4 11.2.5.2 Setup Remote Session Permission 1 Page 11.2.5.3 Send Log 2 11.2.5.4 Test Server Connectivity 1 2 11.2.5.5 Send AIS Connect Test Event 1 2 11.2.5.6 Import Root Certificate 1 2 4 11.2.6 Key Management 11.2.6.1 Required Settings for the Key Management Function Required settings for the key management function Page Relation between the ETERNUS DX Disk storage system and the key server 11.2.6.2 Setup Key Management Machine Name 1 2 11.2.6.3 Add Key Server 1 2 11.2.6.4 Delete Key Server 1 [Delete Key Server] in [Action]. 2 3 11.2.6.5 Modify Key Server 1 Page 11.2.6.6 Create Key Group 1 Page Page 11.2.6.7 Delete Key Group 2 3 11.2.6.8 Modify Key Group 1 Page Page Page 11.2.6.9 Update SED Authentication Key 2 11.2.6.10 Import SSL/KMIP Certificate 1 2 Page 11.2.7 Define Role 11.2.7.1 Setup User Account Add User Account 1 2 Page Page 3 5 Page 11.2.7.2 Initialize User Account 1 2 11.2.7.3 Modify RADIUS 1 Page Page 11.2.7.4 Add Role A role without any user policies cannot be created. The 14 types of access privileges shown below are available. Policy 1 2 11.2.7.5 Delete Role 1 3 11.2.7.6 Modify Role 1 2 11.2.8 ECO Mode Management 11.2.8.1 Modify ECO Mode General Setting Page 11.2.8.2 Create ECO Mode Schedule 1 2 3 4 Page 11.2.8.3 Delete ECO Mode Schedule 1 2 3 11.2.8.4 Modify ECO Mode Schedule 1 2 3 4 Page 11.2.9 Event/Dump Management 11.2.9.1 Setup Event Notification 1 2 Page Page Page Page Page Page Setting of the event notification starts. 4 System Defaults The initial state of event notification is as follows: Selected/Cleared: Some events are notified and other events are not notified Page Selected (fixed): Always notify (This setting cannot be changed with this function.) REMCS Defaults Selected/Cleared: Some events are notified and other events are not notified Page 11.2.9.2 Display Event Log Display event logs 1 2 Page 11.2.9.3 Export/Delete Log 1 2 Page 4 5 6 11.2.9.4 Export Panic Dump 1 2 button. 3 4 5 6 7 11.2.10 Audit Log Management 11.2.10.1 Enable Audit Log 1 3 11.2.10.2 Disable Audit Log 1 3 11.2.10.3 Setup Audit Log 1 2 3 4 11.2.11 Storage Migration Management 11.2.11.1 Start Storage Migration Requirements for a source storage system and a source LUN: Requirements for a destination storage system and a destination volume: Page Data migration flow using the Storage Migration function 1 2 Page 3 5 11.2.11.2 Download Template File for Storage Migration Settings Page 11.2.11.3 Delete Storage Migration Path 1 [Delete Path] in [Action]. 3 11.2.11.4 Download Storage Migration Result 1 2 4 5 11.2.11.5 Restart Storage Migration 1 can be made) and click [Restart] in [Action]. 1 can be made) and click [Suspend] in [Action]. 11.2.11.7 Stop Storage Migration 1 be made) and click [Stop] in [Action]. 11.2.12 Utility Management 11.2.12.1 Shutdown/Restart Storage System Shutdown the ETERNUS DX Disk storage system 1 Page 2 11.2.12.2 Backup Configuration 1 2 3 4 11.2.12.3 Export Configuration 1 Page 11.2.12.4 Start/Stop Performance Monitoring Starting performance monitoring 1 2 Page 3 4 11.2.13 System Management 11.2.13.1 Modify Storage System Name 1 Page 3 4 11.2.13.2 Modify Date and Time 1 Page Page Page 11.2.13.3 Change Box ID 2 [Set] button. 3 4 11.2.13.4 Setup Subsystem Parameters 1 Page Page Page Page Page 11.2.13.5 Setup Encryption Mode 1 2 11.2.13.6 Setup SMI-S Environment 3 4 11.2.13.7 Register SED Authentication Key 1 Page Page Page Appendix A User Roles and Policies A.1 Roles Default Role Custom Roles A.2 Availability of Functions for each Policy Volume Management (Display) Overview (Display) Start Initial Setup (Action) Volume Management (Action) Page RAID Group Management (Display) RAID Group Management (Action) Thin Provisioning Management (Display) Thin Provisioning Management (Action) Advanced Copy Management (Display) Advanced Copy Management (Action) Connectivity Management (Display) Connectivity Management (Action) Host Affinity Management Host Group Management CA Port Group Management LUN Group Management Host Response Management Modify CA Reset Group Host-LU QoS Management Component Management (Display) Page Component Management (Action) System Management (Display) Page System Management (Action) Network Management Remote Support (REMCS) for Regions other than EMEA Remote Support (AIS Connect) for Regions other than Japan Key Management User Management ECO Mode Management Event/Dump Management Audit Log Storage Migration Management Utility Management System Management OK: Available function NG: Unavailable function Appendix B Status List B.1 Device General Status B.1.1 Device General Status (Detail) B.2 Volume Status Volume status is displayed with an icon and the status name. The volume status is described below. B.3 RAID Group Status B.4 Thin Provisioning Pool Status B.5 Component Status B.5.1 Drive Status Drive status is displayed with an icon and the status name. The drive status is described below. B.6 Key Status Key status is displayed with the status name. The key status is described below. B.7 Key Server Status Key server status is displayed with the status name. The key server status is described below. Appendix C Installing the Security Certificate C.1 For Internet Explorer 1 Page Page Page Page Page 15 16 C.2 For Firefox When installing a new security certificate 2 1 Page Page Page Page Appendix D Naming Conventions of Volumes and Hosts D.1 Naming Convention of Volumes Naming conventions for creating volumes Naming conventions for renaming volumes D.2 Naming Convention of Hosts Naming conventions for adding hosts Appendix E Basic Size and MWC Input Condition for RAID Groups E.1 Basic Size for each RAID Group Basic size of each RAID group when using the default Stripe Depth value Page Figure E.1 Basic size when creating volumes E.1.2 Basic Size when Using the Default Stripe Depth Value (For WSV Type Volumes) When using the default Stripe Depth value, refer to the following table for basic size: Basic size of each RAID group when using the default Stripe Depth value When the Wide Stripe Size is "Normal" Page When the Wide Stripe Size is "Small" Page E.1.3 Basic Size When Stripe Depth is Tuned (For Standard, TPV, or SDPV Type Volumes) Basic size of each RAID group when the Stripe Depth value is tuned E.1.4 Basic Size When Stripe Depth is Tuned (For WSV Type Volumes) Basic size of each RAID group when the Stripe Depth value is tuned When the Wide Stripe Size is "Normal" Page When the Wide Stripe Size is "Small" Page E.2 Input Conditions for MWC E.2.1 Allowed Input for the MWC When Using the Default Stripe Depth Value When using the default Stripe Depth value, refer to the following table for the allowed MWC value: Allowed input for MWC when using the default Stripe Depth value (Volume) Allowed input for MWC when using the default Stripe Depth value (TPP) E.2.2 Allowed Input for the MWC when Performance is Tuned Refer to the following table for the allowed MWC value when the Stripe Depth value is changed: Allowed Input for MWC when the Stripe Depth value is tuned (Volume) Allowed Input for MWC when the Stripe Depth value is tuned (TPP) Appendix F Automatic Controlling CM-CPU Setting For ETERNUS DX8700 S2 (4CM) For ETERNUS DX8700 S2 (6CM) For ETERNUS DX8700 S2 (8CM) Appendix G Using RADIUS Authentication G.1 Using RADIUS Authentication to Access the ETERNUS DX Disk Storage System Syntax of the Vendor Specific Attribute (VSA) based account role G.2 Notes when Using RADIUS Authentication for GUI G.3 Setting Up the RADIUS Server Windows Server 2008 R2 Example Page Page Appendix H Estimated Advanced Copy Source Capacity (Values in brackets assume that 1024GB = 1TB and are displayed to one decimal place.) The copy source capacity is assumed that almost 100% of the copy table size is used. Appendix I Storage Migration Setting Files This chapter describes Storage Migration setting files. I.1 Template File for Storage Migration Settings The following table shows the details of a template file for storage migration settings. Page Operation Mode The following table explains the details of the operation mode. I.2 Coding Conventions for the Storage Migration Setting File Page I.3 Setting Example of the Storage Migration Setting File A setting example of the Storage Migration setting file (in the new format) is shown below: A setting example of the Storage Migration setting file (in the old format) is shown below: Page Appendix J Factor y Defau lt List J.1 Advanced Copy Page Page Page Page Page J.2 Connectivity Page Page Page Page Page Page Page Page Page The default value for "iSCSI Name" xxxx yyyyy xxxx J.3 System Network Management Page Page Page Page Remote Support (REMCS) for Regions other than EMEA Page Page Page Remote Support (AIS Connect) for Regions other than Japan Define Role ECO Mode Management Page Event/Dump Management Audit Log Management Utility Management System Management Page Page Page Allowed input for "Time Zone" Appendix K Error Code The error codes for copy sessions are described below.

Fujitsu manual 5, 2 3

Models: DX410 S2/DX440 S2 DX440 S2 DX80 S2/DX90 S2 DX8100 S2 DX8100 S2/DX8700 S2 DX8700 S2

■Manually selecting drives to create RAID groups